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The HM-1 is an inexpensive means of restoring concrete slabs that have settled. This reliable hydraulic pump is the foundation for the development of all other hydraulic pumps. At HMI, w proudly manufacture all of our HM-1 pumps in the U.S.A.

If you are a interested in started a new concrete raising business, have just started a concrete raising business, or are looking to add concrete raising as an extended service for your current business, the HM-1 hydraulic mudjacking pump is a cost-effective way to enter the market.

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Over recent months I became familiar with an ideal execution of this program where HMI, (www.ConcreteRaisingSystems.com) a concrete lifting and leveling manufacturer commissioned Logical Engine,  a business app software developer to create a system to maximize the efficiency of their customers. A tour of that systems and the potential can be viewed at (http://www.mudpumps.com/information-center/estimate-rocket/).

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Manufacturer of concrete raising equipment & mud jacking & polyurethane accessories. Distributor of used equipment. Various products include pumps, trailers, hopper trucks, gun clamps & tips, insertion guns, breakers, hammers, drills, remote controls, bins, bits, compressors, extension cords, foam, generators, grease, hose, mixers, kits, O-rings, ports, hydraulic power-packs, ramps, reactors, rigs, electric saws, material screens, switches, tires, transmitters & workbenches. Made in USA.

HMI is proud of all its innovations and products, but perhaps the greatest innovation is the Quik Mix Pro automated volumetric hopper/mixer unit. The first fully automated unit rolled off the production line in March of 2003. This slabjacking unit, when mounted on a truck body, can carry a slab raising pump, dry material, cement, and water. Along with its unique twin shafted mixer, it can automatically mix and place material into the hopper of a pump. No shoveling is required!

Expanding beyond just the slabjacking industry, in 2008 HMI developed a revolutionary new Hydraulic Power Pack 10. With a new 2 in 1 design it offers 10,000 psi at 1 ½ gallons per minute, or 3,000 psi at 9 gallons per minute. Not only is the unit great as a seperate hydraulic power pack for running hydraulic tools (mixers and mudpumps), piering contractors can use it to install helical and resistance piers.

Hydraulic Mudpumps, Inc. is committed to future refinements and development to its product line. Our future will be determined by requests from you, our customer, and the upcoming industry demands.

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Airplaco / HMI mudjacking slabjacking 16ft trailer in great shape. Currently has an Airplaco PG-25 grout pump on it but we also have a newer HMI power pump 1 that could be sold with it in olace of the airplaco or in addition to. Fully hydraulic HMI brand mixer on the back powered by a 15hp kohler engine. Ashcraft brand 16k trailer with a mixing bin in middle of trailer. Huge tool boxes on tongue o

2014 HMI Mudjacking Power Pump-2, PP2 Honda Engine GX 390, S/N: 14-PP2-1465-13H w/ Joystick All equipment is sold “As Is, Where Is”. Reasonable offers will be considered. Can be inspected by appointment only. Please reference RTR# 9042006-01All offers including offers at the asking price are subject to review and acceptance by our client. Prices are subject to change without notice. There is a

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ATO hydraulic pump motor is an actuator of a hydraulic system. It converts the fluid pressure energy provided by the hydraulic pump into the mechanical energy (torque and speed) of the output shaft. Liquid is a medium that transmits force and motion.

ATO hydraulic pump motors are mainly used in injection molding machinery, ships, cranes, construction machinery, construction machinery, coal mining machinery, mining machinery, metallurgical machinery, ship machinery, petrochemicals, port machinery, etc.

We"ve listed hydraulic pump motor sku for your reference, they all at great prices. For more infomation, please go to the hydraulic pump motor products page.

Note: The prices in the table are just for your reference. If you want a hydraulic pump motor that is not listed in the table, please feel free to contact us.

hm-1 <a href='https://www.ruidapetroleum.com/product/47'>hydraulic</a> mud <a href='https://www.ruidapetroleum.com/product/49'>pump</a> pricelist

This page provides a list of nationally and locally accepted hydraulic models that meet National Flood Insurance Program (NFIP) requirements for flood hazard mapping activities. This page is intended for engineers, surveyors, floodplain managers and FEMA mapping partners.

cHECk-RAS is a program designed to verify the validity of an assortment of parameters found in the U.S. Army Corps of Engineers (USACE) HEC-RAS hydraulic modeling program. cHECk-RAS utilizes information generated by HEC-RAS (all versions through the latest version, 4.1.0.) This program can run only on computers with Microsoft Windows XP, Vista, or 7 (32- or 64-bit) operating systems. The current version of cHECk-RAS in use is 2.0.1.

RASPLOT is a computer program developed by the Federal Emergency Management Agency (FEMA) which allows the user to create flood profiles through the automatic extraction of data from Hydraulic Engineering Centers River Analysis System (HEC-RAS) hydraulic modeling files. Flood profiles are required for inclusion in the Flood Insurance Study (FIS) reports which usually accompany the Flood Insurance Rate Map (FIRM) for communities participating in FEMA’s National Flood Insurance Program.

The FEQ model is a computer program for the solution of full, dynamic equations of motion for one-dimensional unsteady flow in open channels and control structures. The hydraulic characteristics for the floodplain (including the channel, overbanks, and all control structures affecting the movement of flow) are computed by its companion program FEQUTL and used by the FEQ program.

AdH is a spatially implicit, physics based hydrodynamic model that can simulate a wide range of hydraulic features, including rainfall and evaporation, overland flooding, wind and wave effects, friction impacts due to vegetation, and several types of hydraulic structures. AdH also includes the ability to simulate time and space varying head and flow boundary conditions, making it suitable in many coastal, estuarine, and riverine applications. AdH has been applied in the high tidal ranges of Alaska and in the deserts of Afghanistan. AdH has been used widely throughout the U.S. for sediment and constituent transport, dam break, tidal impacts, and flooding analyses.

Hydrodynamic model that has the capabilities of modeling unconfined flows, complex channels, sediment transport, and mud and debris flows. Please review the applicable guidance for FEMA’s Risk Mapping, Assessment, and Planning thoroughly before applying to floodway analysis. Coordination with the Regional office is required.

SRH-2D, Sedimentation and River Hydraulics – Two-Dimensional model, is a two-dimensional (2D) hydraulic, sediment, temperature, and vegetation model for river systems. The SRH-2D model can be executed independently of any third party software, but pre-processing greatly facilitates development of the computational mesh elements. Public domain alternatives are available for this pre-processing. However, FHWA has contracted with the firm AquaVeo to integrate the SRH-2D model into their Surface-water Modeling System (SMS).

An integrated river and floodplain model. A flood routing hydrologic and hydraulic model with urban detail features, sediment transport, mudflow, and groundwater modeling. Please review the applicable guidance for FEMA’s Risk Mapping, Assessment, and Planning, specifically Alluvial fan guidance document titled Guidance: Alluvial Fans (Nov 2016), thoroughly before applying to alluvial fans. Coordination with the Regional Office is required. Calibration to actual flood events is required.

MIKE URBAN has the capability to analyze storm sewer networks. Flow conditions associated with weirs, orifices, manholes, detention basins, pumps, and flow regulators can be reflected. Weirs located within the closed conduit have to be modeled as orifices.

An integrated river and floodplain model. A flood routing hydrologic and hydraulic model with urban detail features, sediment transport, mudflow, and groundwater modeling. Please review the applicable guidance for FEMA’s Risk Mapping, Assessment, and Planning, specifically Alluvial fan guidance document titled Guidance: Alluvial Fans (Nov 2016), thoroughly before applying to alluvial fans. Coordination with the Regional Office is required. Calibration to actual flood events is required.